1) red-hole
红孔
1.
In 241～243 ℃,the effect of various component amount on PCB bonding pads which were treated by hot-air solder leveling,the brightness and fullness of lead-tin solder in hole,red-hole and exhaust smoke level were studied.
探讨组分配比对241~243℃热风整平后印制板焊盘、孔涂铅锡的光亮度、饱满度、红孔及烟大小等的影响。
2) Pycnoporus coccineus
血红孔菌
1.
Five species of Basidiomycetes are new records in Jilin province of China They are Macrocystidia cucumis (Pers : Fr ) Kummer, Mycena osmundicola J Lange, Galerina autumnalis (Peck ) Smith et Sing , Pycnoporus coccineus (Fr ) Bond et Sing and Xylobolus annosus (Berk et Br ) Boidin , among them the genera Macrocystidia Joss and Galerina Earle are new to Jilin provinc
报道《吉林省真菌志》(第一卷担子菌亚门 )中未记载的吉林省新记录担子菌 5种 ,即巨囊菌Macro cystidiacucumis (Pers :Fr )Kummer,纤弱小菇MycenaosmundicolaJ Lange ,秋盔孢菌Galerinaautumnalis(Peck )SmithetSing ,血红孔菌Pycnoporuscoccineus (Fr )Bond etSing 和平伏刷革菌Xylobolusannosus(Berk etBr )Boidin 。
4) Pycnoporus cinnabarinus
朱红密孔菌
1.
Preparation of bio-vanillin with two-step bioconversion by Aspergillus niger CGMCC0774 and Pycnoporus cinnabarinus CGMCC1115;
黑曲霉CGMCC0774和朱红密孔菌CGMCC1115两步转化阿魏酸制备生物香兰素
2.
Artificial Cultivation of a Pycnoporus cinnabarinus Strain Isolated from the Wild in Fujian Province;
福建野生朱红密孔菌的人工栽培试验初报
3.
Studies on Cultural Characters of the Pycnoporus cinnabarinus(Jacq. )Karst;
朱红密孔菌培养性状的研究
5) Pycnoporus cinnabarinus
朱红秘孔菌
1.
The research of Pycnoporus cinnabarinus metabolizing ferulic acid to produce vanillin;
朱红秘孔菌(Pycnoporus cinnabarinus)代谢阿魏酸产生香兰素的研究
2.
In this paper we investigate the ferulic acid bioconversion into vanillin by use of high-density culture of Pycnoporus cinnabarinus.
对朱红秘孔菌的生长和香兰素的生成两个阶段分别采用高密度培养基和普通培养基进行培养发酵,并通过对香兰素生成阶段的发酵条件的优化后,可生成0。
6) Pycnoporus sanguineus
血红密孔菌
1.
Cloning and Sequence Analysis of Laccase Gene from Pycnoporus sanguineus;
血红密孔菌(Pycnoporussanguineus)漆酶基因的克隆与序列分析
2.
Six species of white rot fungi were selected to study of decolorization,a high efficient and wide range decolorization fungus Pycnoporus sanguineus was found in the decolorization of four kinds of dye.
在东北林区的4个自然保护区中采集、纯化得到34种野生大型真菌,对其氧化酶系进行了定性检测,从中选出6个白腐菌菌种进行染料脱色研究,发现血红密孔菌(Pycnoporus sanguineus)对4大类染料有高效广谱脱色作用。
3.
A high efficient and wide range decolorization fungus,Pycnoporus sanguineus was found in the decolorization of four kinds of dyes.
在东北林区的4个自然保护区中共采集、纯化得到25种野生大型白腐真菌,对其氧化酶系进行了定性检测,从中选出6个白腐菌菌种进行染料脱色研究,发现血红密孔菌(Pycnoporus sanguineus)对4大类染料有高效广谱脱色作用。
补充资料：红颊拟层孔菌
红颊拟层孔菌Fomitopsiscytisina(Berk.)BondetSing.红颊层孔Fomescytisinus(Berk.)Gill.
中文学名红颊拟层孔菌
拉丁学名Fomitopsiscytisina(Berk.)BondetSing.
中文别名红颊层孔
同物异名Fomescytisinus(Berk.)Gill.
分类地位非褶菌目>多孔菌科>拟层孔菌属>
形态特征子实体中等至较大，多年生，木栓质。菌盖扁平往往呈覆瓦状，2.5-7cm×3-12cm，厚5-3.5mm，初期近白色渐变为红褐色，边缘近白色，表面光滑，有不明显环纹，或粗糙不平。边缘薄或厚，波浪状至瓣裂，受伤处由白色变深色。菌肉厚4-30mm，近白色，新鲜对浅肉色，木质，有环纹。菌管近似菌肉色，长2-10mm，往往单层，壁薄。菌口近圆形至多角形，近白色，淡粉灰色至浅褐色，每毫米4-6个。菌丝无色，粗5.5-8μm，无横隔。菌肉及菌管遇KOH时变为黑色。孢子无色，光滑，卵圆形，4-7.5μm×3-5μm。
图例
图1040红颊拟层孔菌:1.子实体，2.孢子，3.担子^L18
生态习性生于栎和洋槐等阔叶树干基部。
分布地区河北北京山东山西安微江苏江西浙江湖南广东广西海南陕西
经济用途属木腐菌，被侵害木质部形成白色腐朽。其子实体热水提取物对小白鼠肉瘤180抑制率为44.2，而热水提取液为70。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条